
If you can imagine it - the shift notification beeps rise in tempo until at the shift point they become a long continuous tone. Obviously as you control the rev limit via the ECU you can also change the tone pattern to the new shift point.
It's like your car reverse beeps. It goes beep... Beep... Beepbeep... Beepbeep... Beebeebeep... Beebeebeep... Beeeeeeeeeeeepmzivtins wrote:So its a collection of beeps? rising in pitch/amplitude until the correct time? thats interesting, i only ever thought this would be a single beep!
How would it know the braking point? Will probably be different on lap 2 than lap 1 and all subsequent with how much the tires go off. Not to mention some challenges with accurate position determination and update at that rate of speed.Cam wrote:For example, you could play a staged countdown of tones 5, 4, 3, 2, 1 that is in sync with the speed and position of the car relative to the breaking point of the corner.
Do all cars/drivers use this system? I think I heard an explanation where it sounded to me like they just have one beep, and they move the beep X rpm in X gear based on the drivers' reaction times - say the beep would probably be ~50 rpm before the limit in 7th gear, but in second it would be much further back to account for the faster rising revs.raymondu999 wrote: It's like your car reverse beeps. It goes beep... Beep... Beepbeep... Beepbeep... Beebeebeep... Beebeebeep... Beeeeeeeeeeeep
It's like the lock on tone if you've ever played a military flying game - when you lock your radar onto the enemy just before you shoot a missile.
Don't think you'd need it, or that it would make a difference. It's already being anticipated, rather than a surprise event. Reaction time deals with the unanticipated.snoop1050 wrote:Its a single beep 200ms before the optimal RPM to take into account a humans average reaction time
But as it's not the drivers doing the beeping they do have to react to the beep, don't they? Obviously the reaction time for something expected is less than something unexpected - but there must still be some time from the beep to the driver's fingers pulling the paddle.Jersey Tom wrote:Don't think you'd need it, or that it would make a difference. It's already being anticipated, rather than a surprise event. Reaction time deals with the unanticipated.snoop1050 wrote:Its a single beep 200ms before the optimal RPM to take into account a humans average reaction time
For example the "catch a ruler between your fingers" reaction time test... if you do it by yourself, there is zero reaction time - you're already anticipating it.